Eudialyte
Johnsen O, Grice J D
The Canadian Mineralogist 37 (1999) 865-891
The crystal chemistry of the eudialyte group
Locality: Kipawa alkaline complex, Villedieu township, Temiscaminque County, Quebec, Canada
Sample: #8
Note: additional sites with low but unreported occupancies excluded
_database_code_amcsd 0005614
CELL PARAMETERS: 14.2250 14.2250 30.3020 90.000 90.000 120.000
SPACE GROUP: R-3m
X-RAY WAVELENGTH: 1.541838
Cell Volume: 5310.146
Density (g/cm3): 2.913
MAX. ABS. INTENSITY / VOLUME**2: 7.804510052
RIR: 0.872
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
7.75 23.50 11.4122 1 0 1 6
8.75 2.62 10.1007 0 0 3 2
12.44 56.79 7.1125 1 1 0 6
13.72 17.88 6.4530 1 0 4 6
14.68 21.13 6.0362 0 2 1 6
15.53 31.94 5.7061 2 0 2 6
16.30 8.83 5.4380 0 1 5 6
17.56 1.77 5.0503 0 0 6 2
19.29 1.92 4.6022 2 1 1 12
20.56 55.67 4.3200 2 0 5 6
21.58 16.55 4.1178 1 1 6 12
21.64 6.15 4.1064 3 0 0 6
21.76 6.53 4.0841 1 0 7 6
22.41 24.43 3.9668 2 1 4 12
23.38 29.39 3.8041 3 0 3 6
24.10 4.07 3.6923 1 2 5 12
24.59 9.70 3.6205 0 1 8 6
25.04 12.88 3.5563 2 2 0 6
25.14 22.20 3.5417 0 2 7 6
26.25 27.94 3.3952 1 3 1 12
26.57 6.07 3.3544 2 2 3 12
26.75 6.56 3.3330 3 1 2 12
27.65 25.73 3.2265 2 0 8 6
28.00 3.34 3.1861 0 3 6 6
28.00 2.61 3.1861 3 0 6 6
28.15 18.93 3.1704 2 1 7 12
29.35 23.74 3.0431 1 1 9 12
29.60 10.50 3.0181 0 4 2 6
30.02 79.47 2.9763 3 1 5 12
30.38 1.48 2.9425 1 0 10 6
30.42 9.28 2.9383 1 2 8 12
30.75 10.40 2.9077 2 2 6 12
31.35 100.00 2.8530 4 0 4 6
32.22 1.52 2.7783 2 3 2 12
32.61 1.90 2.7456 0 4 5 6
32.94 11.88 2.7190 0 2 10 6
33.33 1.35 2.6883 0 1 11 6
33.33 8.41 2.6883 4 1 0 12
33.41 21.58 2.6820 1 3 7 12
33.85 11.66 2.6479 3 2 4 12
34.45 22.37 2.6036 0 3 9 6
34.45 4.36 2.6036 3 0 9 6
34.53 1.37 2.5978 1 4 3 12
34.53 1.49 2.5978 4 1 3 12
35.34 3.53 2.5397 2 1 10 12
35.38 2.24 2.5371 3 1 8 12
35.55 7.21 2.5252 0 0 12 2
36.59 10.13 2.4557 0 5 1 6
36.76 5.35 2.4450 2 2 9 12
37.64 9.63 2.3896 0 4 8 6
37.92 3.65 2.3730 1 4 6 12
37.95 2.35 2.3708 3 3 0 6
38.79 11.43 2.3213 2 4 1 12
39.02 1.25 2.3081 3 3 3 12
39.15 1.45 2.3011 4 2 2 12
39.34 1.74 2.2903 1 0 13 6
39.76 1.42 2.2671 1 3 10 12
39.79 4.71 2.2652 2 3 8 12
40.90 4.48 2.2067 5 1 1 12
41.23 7.25 2.1894 1 5 2 12
41.55 7.10 2.1733 4 2 5 12
41.82 22.62 2.1600 4 0 10 6
42.10 2.58 2.1461 3 3 6 12
42.14 5.51 2.1445 3 1 11 12
42.20 1.06 2.1413 0 5 7 6
42.40 3.71 2.1318 0 1 14 6
42.57 7.47 2.1239 5 1 4 12
43.06 1.94 2.1008 1 4 9 12
43.80 3.69 2.0668 3 2 10 12
43.83 1.14 2.0653 5 0 8 6
43.98 1.57 2.0589 2 2 12 12
44.17 2.50 2.0504 2 4 7 12
44.85 5.17 2.0208 4 3 1 12
45.06 3.65 2.0121 0 6 3 6
45.75 9.77 1.9834 4 2 8 12
46.01 1.26 1.9727 2 3 11 12
46.07 1.12 1.9702 5 1 7 12
46.25 1.42 1.9627 1 2 14 12
46.41 3.57 1.9566 4 3 4 12
46.75 1.14 1.9433 1 1 15 12
46.87 5.84 1.9385 3 3 9 12
46.93 1.73 1.9361 2 5 3 12
47.20 3.71 1.9255 1 3 13 12
47.32 1.81 1.9208 3 4 5 12
47.82 2.28 1.9020 0 6 6 6
47.82 6.70 1.9020 6 0 6 6
48.55 2.58 1.8751 1 6 1 12
48.85 2.11 1.8644 6 1 2 12
49.36 3.57 1.8461 2 4 10 12
49.53 2.50 1.8405 1 4 12 12
49.53 3.71 1.8405 4 1 12 12
49.61 5.89 1.8375 2 5 6 12
49.61 1.09 1.8375 5 2 6 12
49.70 4.34 1.8344 4 3 7 12
50.77 1.32 1.7982 3 2 13 12
50.89 1.40 1.7944 6 1 5 12
51.12 5.15 1.7869 5 1 10 12
51.39 8.08 1.7781 4 2 11 12
51.39 22.53 1.7781 4 4 0 6
51.61 11.67 1.7709 0 4 14 6
52.05 4.20 1.7569 3 5 1 12
52.07 4.20 1.7565 2 2 15 12
52.18 1.47 1.7530 6 0 9 6
52.98 1.79 1.7284 3 3 12 12
53.31 4.87 1.7184 2 3 14 12
53.52 1.79 1.7122 2 0 17 6
53.74 2.38 1.7057 6 2 1 12
54.02 4.32 1.6976 2 6 2 12
54.28 3.06 1.6901 0 7 5 6
54.51 1.69 1.6834 0 0 18 2
54.73 13.89 1.6772 4 4 6 12
55.47 1.19 1.6564 1 3 16 12
55.81 5.66 1.6472 2 4 13 12
55.92 6.33 1.6443 2 6 5 12
56.15 4.02 1.6382 1 1 18 12
56.44 1.02 1.6303 7 0 7 6
57.03 1.67 1.6150 4 1 15 12
57.09 13.65 1.6133 4 0 16 6
57.19 2.94 1.6108 1 7 3 12
57.74 4.05 1.5967 1 6 10 12
58.04 4.07 1.5891 6 2 7 12
58.20 1.32 1.5852 4 2 14 12
58.68 5.51 1.5733 3 2 16 12
59.46 2.34 1.5545 5 2 12 12
59.56 3.14 1.5521 6 3 0 12
59.77 5.63 1.5472 1 5 14 12
59.90 3.56 1.5442 5 4 4 12
60.34 1.59 1.5341 3 6 3 12
60.42 4.35 1.5320 8 0 2 6
60.56 2.98 1.5288 4 3 13 12
61.44 2.06 1.5090 0 8 4 6
61.78 2.61 1.5015 0 5 16 6
61.96 1.12 1.4977 7 2 2 12
62.40 1.78 1.4882 6 2 10 12
62.61 1.12 1.4836 6 3 6 12
62.64 5.10 1.4831 5 3 11 12
62.64 1.38 1.4831 0 7 11 6
62.84 1.68 1.4788 3 4 14 12
62.97 1.12 1.4762 2 7 4 12
63.30 2.81 1.4692 2 4 16 12
64.05 3.34 1.4538 4 4 12 12
64.15 1.02 1.4518 2 6 11 12
64.48 1.44 1.4452 1 3 19 12
64.70 1.61 1.4407 1 2 20 12
64.74 1.81 1.4400 6 0 15 6
65.42 3.48 1.4265 8 0 8 6
65.63 1.75 1.4225 5 5 0 6
66.21 2.50 1.4116 4 6 1 12
66.22 2.02 1.4114 2 5 15 12
66.45 2.21 1.4070 6 4 2 12
66.68 3.88 1.4027 1 8 5 12
67.67 1.44 1.3846 7 3 1 12
68.33 7.11 1.3728 0 8 10 6
68.53 9.18 1.3692 5 5 6 12
68.60 1.19 1.3680 8 1 7 12
68.98 4.28 1.3614 0 3 21 6
69.09 5.25 1.3595 0 4 20 6
70.00 2.65 1.3441 8 2 0 12
70.04 2.83 1.3433 4 6 7 12
70.31 1.14 1.3388 0 5 19 6
70.36 1.26 1.3380 3 4 17 12
70.42 2.23 1.3371 2 2 21 12
70.70 3.21 1.3324 8 2 3 12
72.63 2.08 1.3018 0 6 18 6
73.61 2.08 1.2867 9 1 2 12
74.93 3.14 1.2673 4 7 3 12
75.26 1.74 1.2626 0 0 24 2
76.15 1.17 1.2501 1 5 20 12
76.28 1.17 1.2483 2 8 9 12
78.19 2.58 1.2225 4 4 18 12
78.93 1.18 1.2129 9 2 1 12
79.16 1.15 1.2100 2 9 2 12
79.37 2.11 1.2072 0 10 5 6
79.45 1.24 1.2063 1 0 25 6
80.82 1.92 1.1893 0 2 25 6
80.92 2.17 1.1880 1 9 10 12
81.54 1.09 1.1806 0 6 21 6
82.49 1.50 1.1693 5 1 22 12
82.80 1.52 1.1658 6 2 19 12
82.90 1.39 1.1646 2 5 21 12
84.50 1.22 1.1466 4 2 23 12
84.99 1.35 1.1412 10 0 10 6
85.00 1.04 1.1411 6 3 18 12
85.20 1.59 1.1389 8 3 11 12
86.34 1.48 1.1268 9 2 10 12
87.09 3.23 1.1191 8 2 15 12
87.09 1.58 1.1191 2 8 15 12
88.77 1.28 1.1022 3 8 13 12
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XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.